3D Printable Functional Rockets
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Rockets that actually works and fly. (Compatible wit most bought motors). Two version.
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- Printables
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3D Printable Functional Rockets
What are the sizes of the rockets?
Round nose version (4fins): 480mm tall, 132mm x 132mm (width, lenght).
Sharp nose version (3 fins): 540mm tall, ~120mm x ~120mm (width, lenght).
Is this rocket fully 3D printable?
Yes it is. (Except the motor, parachute or any internal parts you want to add).
Each parts is under 256mm3, so it can be printed on almost every average sized printers.
How many parts does this rocket have?
5 Parts for both versions:
Nose (Rounded or sharp).
Body (Same for both versions).
Coupler (Body, to fin parts).
Fins (Version with 3 or 4 fins).
Motor holder (/adapter).
What motor do I need to use with this rocket?
Any commerciably avaliabe motor that is 38mm in diameter (or less if make your own adapter), 38mm is the base standart for these rockets so you have a plenty to choose from.
What are the print settings?
Supports: None needed.
Brims/rafts: None needed.
Layer height: I reccomend 0.20mm layer height.
Filament: I reccomend PETG, however you can use other like ABS.
Infill: 10% Is enough.
Infill pattern: Does not matter, however I use for example gyroid.
Speed: Print at normal speed.
Correct orientation shown on the images below:
What are the assembly instructions?
Slide the nose into the base, do not glue it together, it supposed to barely hold by itself into the base (so the nose can slide out when reaching max altitude and a parachute gets deployed). You can use a parachute or not, in the base there is a small slot for mounting your parachute, if you are going to use a parachute make sure to tie the nose to the slot too, so you dont loose your nose. Image:
Slide the base to the coupler and the coupler to the fins, you can use glue if the friction fit doesnt hold properly or you wont be disassembling it. Image:
Slide your adapter into the part with fins, now you are done and you can use your rocket. Image.
